Study of the Solar system with the EPOS-software and Orbital Stellar Stereoscopic Observatory

N. A. Shakht, A. A. Kiselev, V. L’vov, M. S. Chubey
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Abstract

In the Pulkovo observatory the observations of the Solar system objects and improvement of the processing methods are performing. EPOS (Ephemeris Program for Objects of the Solar system) is the effective math-soft application for study and ephemeris support of observations of such objects. There are the options in EPOS for calculation of the orbits of asteroids including NEAs and using the observations at the relatively short arc. Also we would like to present shortly our method of Apparent Motion Parameters (AMP) for determinations of orbits of artificial satellites and other objects from observations of short arc. The research program of the Orbital Stellar Stereoscopic Observatory (OSSO) is based on the stereoscopic method of observation for fundamental studies in the area of Celestial Mechanics, Asteroid and Comet Impact Hazard, Stellar Astronomy, Astrometry and Astrophysics with the magnitude of the target objects ranging from 8m to 25m. This project is designing for stellar-like objects observations, including the main types of the Solar system bodies.
用epos -软件和轨道恒星立体天文台研究太阳系
在普尔科沃天文台对太阳系天体的观测和处理方法的改进正在进行。太阳系天体星历程序(EPOS)是研究和支持观测太阳系天体星历的有效数学软件。在EPOS中有计算包括近地天体在内的小行星轨道的选项,并使用相对较短的弧线观测。同时,我们也想简要地介绍我们的根据短弧观测确定人造卫星和其他物体轨道的视运动参数(AMP)方法。轨道恒星立体天文台(OSSO)的研究计划是以立体观测方法为基础,在天体力学、小行星和彗星撞击危害、恒星天文学、天体测量学和天体物理学等领域进行基础研究,目标天体的星等从8米到25米不等。这个项目是为观测类恒星天体而设计的,包括主要类型的太阳系天体。
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